1965Journal of Sedimentary ResearchRequires access

A study of maximum load for small-diameter sieves

Dean A. McManus

Open publisher page 5 citations

Abstract

Abstract Efficiency of sieving is indicated by the percentage of finer near-mesh particles that fail to pass through any sieve. The percentage of finer particles retained is a function of the load on the sieve and the length of time of sieving. A graph shows maximum loads for 3-inch diameter sieves at one-fourth and one-half phi intervals. The maximum load is set at five particles per aperture. Sieving time is ten minutes.

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Abstract Efficiency of sieving is indicated by the percentage of finer near-mesh particles that fail to pass through any sieve. The percentage of finer particles retained is a function of the load on the sieve and the length of time of sieving. A graph shows maximum loads for 3-inch diameter sieves at one-fourth and one-half phi intervals. The maximum load is set at five particles per aperture. Sieving time is ten minutes.

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Available abstract

Abstract Efficiency of sieving is indicated by the percentage of finer near-mesh particles that fail to pass through any sieve. The percentage of finer particles retained is a function of the load on the sieve and the length of time of sieving. A graph shows maximum loads for 3-inch diameter sieves at one-fourth and one-half phi intervals. The maximum load is set at five particles per aperture. Sieving time is ten minutes.

Key concepts: Geology

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